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PARP14 cDNA ORF clone, Macaca mulatta(Rhesus monkey)

Summary

Gene Symbol PARP14
Entrez Gene ID 715591
Full Name poly(ADP-ribose) polymerase family member 14
Gene Type protein-coding
Organism Macaca mulatta(Rhesus monkey)

Reference Sequences (RefSeq)

mRNA and Protein(s)

mRNA Protein Name
XM_001105869.3 XP_001105869.2 poly [ADP-ribose] polymerase 14
XM_001105869.4 XP_001105869.3 protein mono-ADP-ribosyltransferase PARP14

Pathways from BioSystems


Homologies


Gallus gallus (chicken) PARP14 XP_422113.4
Danio rerio (zebrafish) LOC100332428 XP_002663580.3
Homo sapiens (human) PARP14 NP_060024.2
Mus musculus (house mouse) Parp14 NP_001034619.2
Danio rerio (zebrafish) parp14 XP_691115.6
Xenopus tropicalis (tropical clawed frog) parp14 XP_004919737.1
Xenopus tropicalis (tropical clawed frog) LOC101732564 XP_004919736.1
Canis lupus familiaris (dog) PARP14 XP_850880.2
Rattus norvegicus (Norway rat) Parp14 NP_001178588.1
Pan troglodytes (chimpanzee) PARP14 XP_516695.3
PARP14 XP_001105869.2
Danio rerio (zebrafish) si:ch211-219a4.3 NP_001107919.2
Xenopus tropicalis (tropical clawed frog) LOC100487753 XP_002942644.2
Bos taurus (cattle) PARP14 NP_001193467.1

Gene Ontology

The following PARP14 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PARP14 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID Accession No. Definition **Vector *Turnaround time Price (USD) Select
OMb79633 XM_001105869.4
Latest version!		 Macaca mulatta poly(ADP-ribose) polymerase family member 14 (PARP14), mRNA. pcDNA3.1+/C-(K)DYK or customized vector 24-26 $951.30
$1359.00
OMb15476 XM_001105869.3
Latest version!		 Macaca mulatta poly(ADP-ribose) polymerase family member 14 (PARP14), mRNA. pcDNA3.1+/C-(K)DYK or customized vector 25 $1021.30
$1459.00

ORF Online Only Promotion

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)


CloneID OMb79633
Clone ID Related Accession (Same CDS sequence) XM_001105869.4
Accession Version XM_001105869.4 Latest version! Documents for ORF clone product in default vector
Sequence Information ORF Nucleotide Sequence (Length: 5403bp)
Protein sequence
SNP
Vector pcDNA3.1+/C-(K)DYK or customized vector User Manual
Clone information Clone Map MSDS
Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
ORF Insert Method CloneEZ™ Seamless cloning technology
Insert Structure linear
Update Date 2019-04-25
Organism Macaca mulatta(Rhesus monkey)
Product protein mono-ADP-ribosyltransferase PARP14
Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041755.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 23, 2019 this sequence version replaced XM_001105869.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca mulatta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## 

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
ATGGCTGTGC CGGGCTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCG 
AAGAACTTGA GCACCAAATT GCAGATGTAC TTCCAGAGCC GGAAGAAGTC GGGAGGCGGC 
GAGTGTGAGG TCCACCAGGA TCCCAGGAGC CCGTCCCGCT TCCTGGTGCT CTTCTACCCG 
GAGGACGTTC GGCAGAAGGT TCTGGAGAGA AAAAATCATG AGTTAGTATT GCAAGGAAAA 
GGAACATTCA AATTAACTGT CCAGTTACCT GAAACCACAG ATGAAATCCA TCATGTCTTT 
GAGGAGGAAC TTCTAACACA GGAATCCAAG ACCAAAGAAG ATGTTAAAGA ACCAGATGTG 
TCAGAAGAAT TGGAAGCAAA ACTCCCTCTT GATGATGGAT CAGACAACAT TGAAGATATC 
CCAGAGGAAT GTGAAAATAT TTCCTCTTTG GTGGCATTTG AAAACCTCAA GGCAAATGTG 
ACTGACATAA TCCTTACCTT GTTAGTGGAG AACATCAGTG GCCTGTCCAG TGATGACTTT 
CAACTGGAAG TAATAAGAGA TTTTGATGTC GCTGTTGTTA CCTTTCAAAA GCACATAGAT 
ACTGTAAGAT TTGTTGATGA TTGTACCAGG CACCATTCAA TTAAACAACT TCAGCTTTCT 
CCAAGACTTC TGGAAGTGAC AAAAACAATC AGGGTTGAAA ACCTGCCACC TGGTGTTGAT 
GACTACAGTT TAAAACTTTT CTTTGAAAAT CCGTATAGTG GAGGGGGAAG AGTTGCCAAC 
GTTGAATATT TTCCTGAAGA GAGTTCAGCT CTGATTGAAT TTTTTGACAG AAAAGTGTTA 
GACACCATCA TGGCCACAAA ACTCGACTTC AATAAAATGC CGCTTTCTGT GTTCCCGTAC 
TATGCCTCAC TGGGCACAGC CTTGTATGGA AAGGAGAAGC CTCTGATCAA GCTTCCAGCA 
CCATTTGAAG AGTCACTAGA TCTTCCCTTA TGGAAGTTCT TACAGAAAAA GAATCACCTG 
ATTGAGGAGA TAAACGATGA AATGAGGCGT TGTCACTGTG AGCTCACGTG GTCCCAACTC 
AGTGGTAAAG TTACCATCAG ACCAGCAGCC ACCTTAGTCA ATGAAGGAAG ACCGAGAATC 
AAGACCTGGC AGGCAGATAC TTCCACGGCA CTCTCTAGCA TCAGGTCTAA ATATAAAGTC 
ACCCCAATTA AAGTGGATCC AACAATGTGG GACACCATAA AAAATGATGT GAAAGATGAC 
AGGATTTTGA TTGAGTTTGA TACACTTAAG GAAATGATAA TCTTAGCAGG GAAATCAGAG 
GATGTCCAAA GCATTGAGGT ACAAGTCAAG GAGTTAATAG AAAGCACTAC TCAAAAAATT 
AAAAGGGAAG AGCAGAGTTT GAAGGAAAAA ATGGTCATTT CTCCAGGCAG GTATTTTCTT 
TTGTGTCACA GCAGTCTACT GGACCACTTA CACACAGAGT GCCCAGAGAT AGAGATTTGT 
TATGATGGAG TCACTCAGCA CTTGTGCTTG AAAGGACCTA GTGTAGATGT GTATAAAGTC 
AAGTGTGCAA TCCAGGAAAA GGTGTACACC ATGGCTCAGA AAAACATTCA GGTTTCTCCT 
GAGATTTTTC AGTTTTTGCA ACAGGTAAAC TGGAAAGAAT TCTCTAAGTG TCTTTTCATA 
GCACAGGAAA TTCTTGCACT TTATGAGCTA GAGGGTACAA CTGTTCTCTT AACCAGCTGT 
TCTTCTGAAG CCCTGTTAGA AGCTGAAAAG CAAATGCTCA GTGCCTTAGA TTATAAACGC 
ATTGAAGTTG AGAACAAAGA AGTTCTTAAT GGCAAGAACT GGAAAGGGCT CACTCATAAT 
TTGCGTAAGA CACAAAATTT CTCCCCAAAC ACTGTAATCA TCAATGAGTT ATCTTCAGAA 
ACCACAGCTG AAGTCATCAT TACAGGCTGT GTAAAGAAAG TAAATGAAAC CTATGCATTG 
CTTTTTAACT TCATTGAACA AAACATGAAA ATAGAGAGAC TGGTTGAAGT AAAGCCTTCC 
TTAGTTATTG ACTATTTAAA GACAGAAAAG AAGCTATTCT TGCCAAAGAT AAAGAGGACA 
AATGTGCAGG TAAGTTTCAA TCCTGAGAAC AAACAAAAAG GCATTTTACT AACTGGCTCA 
AAGACCGAAG TACTGAAGGC AATGGACATC GTCAAGCAAG CCCGGGATTC AGTCTGTGTT 
AAAAGTGTCC ATATTGATAA GCCAGGAGCC AAGATGTTCT TCCGGGATAA AGCATGGTTT 
TATCAACGTG AGATCAAACG GTTGTTTGGT TGTTACATCG AACTACAGGA GAATGAAGAA 
GTGAAGGAAG GAGGCAGCCC CTCTGGGCAG AAGTGCTTCT CTCGGACGGT CTTGGCCCCC 
GGCGTCGTGC TCATTGTGCA GCAGGGTGAC TTGGCACAGC TTCCTGTCGA TGTGGTGGTA 
AATGCATCTA ATGAGGACCT TAAGCATTAT GGTGGCCTGG CTGCTGCGCT CTCAAAAGCA 
GCTGGCCCTG AGCTCCAGGC CGACTGTGAC CAGATAGTGA AGAGAGAGGG CAGACTTCTA 
CCGGGCAATG CCACCATCTC CAAGGCAGGA AAGCTGCCCT ACCACCACGT GATCCATGCA 
GTGGGGCCCC GCTGGAACGG ATGTGAGGCC CCGAGGTGTG TATACCTATT AAGGAGAGCT 
GTGCAACTAA GTCTCTGTCT AGCTGAAAAA TACAAGTACC GATCCATAGC CATCCCAGCT 
ATTAGTTCTG GAGTCTTTGG CTTTCCCTTA GGCCGATGCG TGGAGACCAT TGTTTCTGCC 
ATCAAGGAAA ACTTCCAACG CAAGAAGGAT GGACACTACT TGAAAGAAAT CTACCTTGTT 
GATGTATCTG AGAAGACCGT TGAGGCCTTT GCAGAAGCTG TGAAAACTGT ATTTAAAGCC 
ACCCTGCCAG ATACAGCTGC CCCGCCCAGT TTACCAGCAG CAGCAGGGCC TGGGAAAACA 
TCATGGAAAC AAGGAAGTCT GGTGTCCCCG GGAGGCCTGC AGATGCTGCT GGTGAAAGAA 
GGCGTGCAGA ATGCTAAGAC GGATGTTGTT GTCAACTCCG TTCCCTCTGA TCTTGAGCTT 
AGTAGGGGGC CTCTTTCTAA GGCCCTCTTG GAAAAAGCTG GACCAGCGCT CCAGGAGGAA 
TTGGACACAG TTGGACAAGG GATGACTGTC AGCGTGGGCA CAGTGCTCAA AACCAACAGC 
TGGAATCTGG ACTGTCGCTA TGTGCTTCAC GTGGTAGCTC CGGAGTGGAG AAATGGTAGC 
ACATCTTCAC TCAAGATCAT GGAAGACATA ATCAGAGAAT GTATGGAGAT CACTGACAGC 
TTGTCCTTAA AATCAATTGC ATTTCCAGCA ATAGGAACAG GAAACTTGGG ATTTCCTAAA 
ACCATATTTG CTGAATTAAT CATTTCAGAG GTGTTCAAAT TTAGTAGCAA GAATCAGCTG 
AAAACTTTAC AAGAGGTTCA CTTTCTGCTG CACCCAAGTG ATCATGAAAA TATTAAGGCA 
TTTTCAGATG AATTTGCCAG AAGGGCTAAT GGAAATCTCA TCAGTGACAA AATTTCCAAG 
GCTGAAGATA CACAAGGTTT TTATGGGACT GTTTCTAGCC CTGATTTAGG TGTGCATGAA 
ATGAAGATTG GCTCCATCAT CTTCCAGGTG GCTTCTGGAG ATATCACCAA AGAAGAGGCA 
GATGTCATTG TAAATTCCAC ATCAAAGTCA TTTAATCTCA AAGCAGGGGT CTCCAAAGCA 
ATTTTAGAAT GTGCTGGACA AAATGTAGAA ATGGAGTGTT CTCAGCAAGC TCAGCAGCAC 
AAAAATGATT ATATAATCAC CGGAGGTGGA TTTTTGAAGT GCAAGAATAT CATTCATGTA 
ATTGGTGGAA ATGATGTCAA GAGTTCGGTT TCCTCTGTTT TGCAGGAGTG TGAAAAACAA 
AACTACTCAT CAATTTGCCT CCCAGCCATT GGGACAGGAA ATGCCAAACA AGACCCAGAA 
AAGGTTGCTG AAGCCATAAT TGATGCCATT GAAGACTTTG TCCAGAAAGG ATCAGCCAAG 
TCTGTGAAAA AAGTTAAAGT TGTTATCTTT CTGCCTCAAG TACTGGATGT GTTTTATGCC 
ATCATGAAGA AAAGAGAAGG GACTCAGGTT TCTTCCCAAC AGTCTATGAT GTCTAAACTT 
GCATCATTTT TGCGCATTTC AAAGCAACCT CCCAAAAAAG AGAATCATTT GGTTTTGGAA 
AAGAAAACAG AATCAGCAAC TTTTCGGGTG TGTGGTGAAA ATGTCATGTG TGTGGAACAA 
ACTATCTCCT GGCTGCAAGA CCTGATTGAA AAAGAACAGT GTCCTTATAC CAGTGAAGAT 
GAGTACATCA AATACTTTGA TGAAAAGGAG TATCAGAAGT TGAAAGAGCT GCAGGAGAAG 
TTAAATATTA ACATTTTCCT GGACAATAAG AGACCTTTGA TTAAGGTTTT GGGAATTAGC 
AGAGATGTGA TGCAGGCTAG AGATGAAATT GAGGCAATGA TCAAGAGAGT TCGACTGGCC 
AAAGAACAGG AATCCCGGGC AGACTGTATC AGTGAGTTTA TAGAATGGCA GTATAATGAC 
AATAACACTT TTTATCGTTT TGACAAAATA ACCAATCTGA AATTAGAGGA TGCAAGAAGA 
GAAAAGAAAA AAACTATTGA TGTCAAAATT AATCATCAGC ACTACACAGT GAACTTGAAC 
ACATACACTG CCACAGATGC AAAGGGCCTC AGTTTATCTG TTCAGCGCCT TGTGAAATCC 
GAAGTTGACA TCCCTGCACA CTGGAGTGAT ATGAAGCAGC AGAATTTCTG TGTGGTGGAG 
CTGCAGCCTC ATGATCCTGA GTACAACACA GTGGCAAGCA AGTTTAATCA GACTTGCGCA 
CACTTCAGAA TAGAGAAGAT TGAGAGGATC CAGAATCCAG ATCTCTGGAA TAGCTACCAG 
GCAAAGAAAA AAACCATGGA TGCCAAGAAC GGCCAGACAA TGAACGAGAA GCAGCTCTTC 
CATGGGACAG ATGCCGGCTC CGTGCCATAC GTCAATCGAA ATGGCTTTAA TCGCAGCTAT 
GCTGGAAAGA ATGCTGTGGC ATATGGAAAG GGGACCTATT TTGCTGTCAA TGCCAATTAT 
TCTGCCAATG ATACGTACTC CAGACCAGAT GCAAATGGGA GAAAGCATAT GTATTATGTG 
CGAGTGCTTA CTGGAATCTA TACACACGGA AATCAATCAT TAATTGTGCC TCCTTCAAAG 
AACCCTCAAA ATCCTACTGA CCTGTATGAC ACTGTCACAG ATAATGTGCA ACATCCAAAT 
TTATTTGTGG TATTTTATGA CTACCAAGCA TACCCAGAGT ACCTTATTAC TTTTAGAAGA 
TAA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

RefSeq XP_001105869.3
CDS40..5442
Translation

Target ORF information:

RefSeq Version XM_001105869.4
Organism Macaca mulatta(Rhesus monkey)
Definition Macaca mulatta poly(ADP-ribose) polymerase family member 14 (PARP14), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
 XM_001105869.4

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
ATGGCTGTGC CGGGCTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCG 
AAGAACTTGA GCACCAAATT GCAGATGTAC TTCCAGAGCC GGAAGAAGTC GGGAGGCGGC 
GAGTGTGAGG TCCACCAGGA TCCCAGGAGC CCGTCCCGCT TCCTGGTGCT CTTCTACCCG 
GAGGACGTTC GGCAGAAGGT TCTGGAGAGA AAAAATCATG AGTTAGTATT GCAAGGAAAA 
GGAACATTCA AATTAACTGT CCAGTTACCT GAAACCACAG ATGAAATCCA TCATGTCTTT 
GAGGAGGAAC TTCTAACACA GGAATCCAAG ACCAAAGAAG ATGTTAAAGA ACCAGATGTG 
TCAGAAGAAT TGGAAGCAAA ACTCCCTCTT GATGATGGAT CAGACAACAT TGAAGATATC 
CCAGAGGAAT GTGAAAATAT TTCCTCTTTG GTGGCATTTG AAAACCTCAA GGCAAATGTG 
ACTGACATAA TCCTTACCTT GTTAGTGGAG AACATCAGTG GCCTGTCCAG TGATGACTTT 
CAACTGGAAG TAATAAGAGA TTTTGATGTC GCTGTTGTTA CCTTTCAAAA GCACATAGAT 
ACTGTAAGAT TTGTTGATGA TTGTACCAGG CACCATTCAA TTAAACAACT TCAGCTTTCT 
CCAAGACTTC TGGAAGTGAC AAAAACAATC AGGGTTGAAA ACCTGCCACC TGGTGTTGAT 
GACTACAGTT TAAAACTTTT CTTTGAAAAT CCGTATAGTG GAGGGGGAAG AGTTGCCAAC 
GTTGAATATT TTCCTGAAGA GAGTTCAGCT CTGATTGAAT TTTTTGACAG AAAAGTGTTA 
GACACCATCA TGGCCACAAA ACTCGACTTC AATAAAATGC CGCTTTCTGT GTTCCCGTAC 
TATGCCTCAC TGGGCACAGC CTTGTATGGA AAGGAGAAGC CTCTGATCAA GCTTCCAGCA 
CCATTTGAAG AGTCACTAGA TCTTCCCTTA TGGAAGTTCT TACAGAAAAA GAATCACCTG 
ATTGAGGAGA TAAACGATGA AATGAGGCGT TGTCACTGTG AGCTCACGTG GTCCCAACTC 
AGTGGTAAAG TTACCATCAG ACCAGCAGCC ACCTTAGTCA ATGAAGGAAG ACCGAGAATC 
AAGACCTGGC AGGCAGATAC TTCCACGGCA CTCTCTAGCA TCAGGTCTAA ATATAAAGTC 
ACCCCAATTA AAGTGGATCC AACAATGTGG GACACCATAA AAAATGATGT GAAAGATGAC 
AGGATTTTGA TTGAGTTTGA TACACTTAAG GAAATGATAA TCTTAGCAGG GAAATCAGAG 
GATGTCCAAA GCATTGAGGT ACAAGTCAAG GAGTTAATAG AAAGCACTAC TCAAAAAATT 
AAAAGGGAAG AGCAGAGTTT GAAGGAAAAA ATGGTCATTT CTCCAGGCAG GTATTTTCTT 
TTGTGTCACA GCAGTCTACT GGACCACTTA CACACAGAGT GCCCAGAGAT AGAGATTTGT 
TATGATGGAG TCACTCAGCA CTTGTGCTTG AAAGGACCTA GTGTAGATGT GTATAAAGTC 
AAGTGTGCAA TCCAGGAAAA GGTGTACACC ATGGCTCAGA AAAACATTCA GGTTTCTCCT 
GAGATTTTTC AGTTTTTGCA ACAGGTAAAC TGGAAAGAAT TCTCTAAGTG TCTTTTCATA 
GCACAGGAAA TTCTTGCACT TTATGAGCTA GAGGGTACAA CTGTTCTCTT AACCAGCTGT 
TCTTCTGAAG CCCTGTTAGA AGCTGAAAAG CAAATGCTCA GTGCCTTAGA TTATAAACGC 
ATTGAAGTTG AGAACAAAGA AGTTCTTAAT GGCAAGAACT GGAAAGGGCT CACTCATAAT 
TTGCGTAAGA CACAAAATTT CTCCCCAAAC ACTGTAATCA TCAATGAGTT ATCTTCAGAA 
ACCACAGCTG AAGTCATCAT TACAGGCTGT GTAAAGAAAG TAAATGAAAC CTATGCATTG 
CTTTTTAACT TCATTGAACA AAACATGAAA ATAGAGAGAC TGGTTGAAGT AAAGCCTTCC 
TTAGTTATTG ACTATTTAAA GACAGAAAAG AAGCTATTCT TGCCAAAGAT AAAGAGGACA 
AATGTGCAGG TAAGTTTCAA TCCTGAGAAC AAACAAAAAG GCATTTTACT AACTGGCTCA 
AAGACCGAAG TACTGAAGGC AATGGACATC GTCAAGCAAG CCCGGGATTC AGTCTGTGTT 
AAAAGTGTCC ATATTGATAA GCCAGGAGCC AAGATGTTCT TCCGGGATAA AGCATGGTTT 
TATCAACGTG AGATCAAACG GTTGTTTGGT TGTTACATCG AACTACAGGA GAATGAAGAA 
GTGAAGGAAG GAGGCAGCCC CTCTGGGCAG AAGTGCTTCT CTCGGACGGT CTTGGCCCCC 
GGCGTCGTGC TCATTGTGCA GCAGGGTGAC TTGGCACAGC TTCCTGTCGA TGTGGTGGTA 
AATGCATCTA ATGAGGACCT TAAGCATTAT GGTGGCCTGG CTGCTGCGCT CTCAAAAGCA 
GCTGGCCCTG AGCTCCAGGC CGACTGTGAC CAGATAGTGA AGAGAGAGGG CAGACTTCTA 
CCGGGCAATG CCACCATCTC CAAGGCAGGA AAGCTGCCCT ACCACCACGT GATCCATGCA 
GTGGGGCCCC GCTGGAACGG ATGTGAGGCC CCGAGGTGTG TATACCTATT AAGGAGAGCT 
GTGCAACTAA GTCTCTGTCT AGCTGAAAAA TACAAGTACC GATCCATAGC CATCCCAGCT 
ATTAGTTCTG GAGTCTTTGG CTTTCCCTTA GGCCGATGCG TGGAGACCAT TGTTTCTGCC 
ATCAAGGAAA ACTTCCAACG CAAGAAGGAT GGACACTACT TGAAAGAAAT CTACCTTGTT 
GATGTATCTG AGAAGACCGT TGAGGCCTTT GCAGAAGCTG TGAAAACTGT ATTTAAAGCC 
ACCCTGCCAG ATACAGCTGC CCCGCCCAGT TTACCAGCAG CAGCAGGGCC TGGGAAAACA 
TCATGGAAAC AAGGAAGTCT GGTGTCCCCG GGAGGCCTGC AGATGCTGCT GGTGAAAGAA 
GGCGTGCAGA ATGCTAAGAC GGATGTTGTT GTCAACTCCG TTCCCTCTGA TCTTGAGCTT 
AGTAGGGGGC CTCTTTCTAA GGCCCTCTTG GAAAAAGCTG GACCAGCGCT CCAGGAGGAA 
TTGGACACAG TTGGACAAGG GATGACTGTC AGCGTGGGCA CAGTGCTCAA AACCAACAGC 
TGGAATCTGG ACTGTCGCTA TGTGCTTCAC GTGGTAGCTC CGGAGTGGAG AAATGGTAGC 
ACATCTTCAC TCAAGATCAT GGAAGACATA ATCAGAGAAT GTATGGAGAT CACTGACAGC 
TTGTCCTTAA AATCAATTGC ATTTCCAGCA ATAGGAACAG GAAACTTGGG ATTTCCTAAA 
ACCATATTTG CTGAATTAAT CATTTCAGAG GTGTTCAAAT TTAGTAGCAA GAATCAGCTG 
AAAACTTTAC AAGAGGTTCA CTTTCTGCTG CACCCAAGTG ATCATGAAAA TATTAAGGCA 
TTTTCAGATG AATTTGCCAG AAGGGCTAAT GGAAATCTCA TCAGTGACAA AATTTCCAAG 
GCTGAAGATA CACAAGGTTT TTATGGGACT GTTTCTAGCC CTGATTTAGG TGTGCATGAA 
ATGAAGATTG GCTCCATCAT CTTCCAGGTG GCTTCTGGAG ATATCACCAA AGAAGAGGCA 
GATGTCATTG TAAATTCCAC ATCAAAGTCA TTTAATCTCA AAGCAGGGGT CTCCAAAGCA 
ATTTTAGAAT GTGCTGGACA AAATGTAGAA ATGGAGTGTT CTCAGCAAGC TCAGCAGCAC 
AAAAATGATT ATATAATCAC CGGAGGTGGA TTTTTGAAGT GCAAGAATAT CATTCATGTA 
ATTGGTGGAA ATGATGTCAA GAGTTCGGTT TCCTCTGTTT TGCAGGAGTG TGAAAAACAA 
AACTACTCAT CAATTTGCCT CCCAGCCATT GGGACAGGAA ATGCCAAACA AGACCCAGAA 
AAGGTTGCTG AAGCCATAAT TGATGCCATT GAAGACTTTG TCCAGAAAGG ATCAGCCAAG 
TCTGTGAAAA AAGTTAAAGT TGTTATCTTT CTGCCTCAAG TACTGGATGT GTTTTATGCC 
ATCATGAAGA AAAGAGAAGG GACTCAGGTT TCTTCCCAAC AGTCTATGAT GTCTAAACTT 
GCATCATTTT TGCGCATTTC AAAGCAACCT CCCAAAAAAG AGAATCATTT GGTTTTGGAA 
AAGAAAACAG AATCAGCAAC TTTTCGGGTG TGTGGTGAAA ATGTCATGTG TGTGGAACAA 
ACTATCTCCT GGCTGCAAGA CCTGATTGAA AAAGAACAGT GTCCTTATAC CAGTGAAGAT 
GAGTACATCA AATACTTTGA TGAAAAGGAG TATCAGAAGT TGAAAGAGCT GCAGGAGAAG 
TTAAATATTA ACATTTTCCT GGACAATAAG AGACCTTTGA TTAAGGTTTT GGGAATTAGC 
AGAGATGTGA TGCAGGCTAG AGATGAAATT GAGGCAATGA TCAAGAGAGT TCGACTGGCC 
AAAGAACAGG AATCCCGGGC AGACTGTATC AGTGAGTTTA TAGAATGGCA GTATAATGAC 
AATAACACTT TTTATCGTTT TGACAAAATA ACCAATCTGA AATTAGAGGA TGCAAGAAGA 
GAAAAGAAAA AAACTATTGA TGTCAAAATT AATCATCAGC ACTACACAGT GAACTTGAAC 
ACATACACTG CCACAGATGC AAAGGGCCTC AGTTTATCTG TTCAGCGCCT TGTGAAATCC 
GAAGTTGACA TCCCTGCACA CTGGAGTGAT ATGAAGCAGC AGAATTTCTG TGTGGTGGAG 
CTGCAGCCTC ATGATCCTGA GTACAACACA GTGGCAAGCA AGTTTAATCA GACTTGCGCA 
CACTTCAGAA TAGAGAAGAT TGAGAGGATC CAGAATCCAG ATCTCTGGAA TAGCTACCAG 
GCAAAGAAAA AAACCATGGA TGCCAAGAAC GGCCAGACAA TGAACGAGAA GCAGCTCTTC 
CATGGGACAG ATGCCGGCTC CGTGCCATAC GTCAATCGAA ATGGCTTTAA TCGCAGCTAT 
GCTGGAAAGA ATGCTGTGGC ATATGGAAAG GGGACCTATT TTGCTGTCAA TGCCAATTAT 
TCTGCCAATG ATACGTACTC CAGACCAGAT GCAAATGGGA GAAAGCATAT GTATTATGTG 
CGAGTGCTTA CTGGAATCTA TACACACGGA AATCAATCAT TAATTGTGCC TCCTTCAAAG 
AACCCTCAAA ATCCTACTGA CCTGTATGAC ACTGTCACAG ATAATGTGCA ACATCCAAAT 
TTATTTGTGG TATTTTATGA CTACCAAGCA TACCCAGAGT ACCTTATTAC TTTTAGAAGA 
TAA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

CloneID OMb15476
Clone ID Related Accession (Same CDS sequence) XM_001105869.3
Accession Version XM_001105869.3 Latest version! Documents for ORF clone product in default vector
Sequence Information ORF Nucleotide Sequence (Length: 5403bp)
Protein sequence
SNP
Vector pcDNA3.1+/C-(K)DYK or customized vector User Manual
Clone information Clone Map MSDS
Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
ORF Insert Method CloneEZ™ Seamless cloning technology
Insert Structure linear
Update Date 2015-12-20
Organism Macaca mulatta(Rhesus monkey)
Product poly [ADP-ribose] polymerase 14
Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014804603.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 21, 2015 this sequence version replaced XM_001105869.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## 

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
ATGGCTGTGC CGGGCTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCG 
AAGAACTTGA GCACCAAATT GCAGATGTAC TTCCAGAGCC GGAAGAAGTC GGGAGGCGGC 
GAGTGTGAGG TCCACCAGGA TCCCAGGAGC CCGTCCCGCT TCCTGGTGCT CTTCTACCCG 
GAGGACGTTC GGCAGAAGGT TCTGGAGAGA AAAAATCATG AGTTAGTATT GCAAGGAAAA 
GGAACATTCA AATTAACTGT CCAGTTACCT GAAACCACAG ATGAAATCCA TCATGTCTTT 
GAGGAGGAAC TTCTAACACA GGAATCCAAG ACCAAAGAAG ATGTTAAAGA ACCAGATGTG 
TCAGAAGAAT TGGAAGCAAA ACTCCCTCTT GATGATGGAT CAGACAACAT TGAAGATATC 
CCAGAGGAAT GTGAAAATAT TTCCTCTTTG GTGGCATTTG AAAACCTCAA GGCAAATGTG 
ACTGACATAA TCCTTACCTT GTTAGTGGAG AACATCAGTG GCCTGTCCAG TGATGACTTT 
CAACTGGAAG TAATAAGAGA TTTTGATGTC GCTGTTGTTA CCTTTCAAAA GCACATAGAT 
ACTGTAAGAT TTGTTGATGA TTGTACCAGG CACCATTCAA TTAAACAACT TCAGCTTTCT 
CCAAGACTTC TGGAAGTGAC AAAAACAATC AGGGTTGAAA ACCTGCCACC TGGTGTTGAT 
GACTACAGTT TAAAACTTTT CTTTGAAAAT CCGTATAGTG GAGGGGGAAG AGTTGCCAAC 
GTTGAATATT TTCCTGAAGA GAGTTCAGCT CTGATTGAAT TTTTTGACAG AAAAGTGTTA 
GACACCATCA TGGCCACAAA ACTCGACTTC AATAAAATGC CGCTTTCTGT GTTCCCGTAC 
TATGCCTCAC TGGGCACAGC CTTGTATGGA AAGGAGAAGC CTCTGATCAA GCTTCCAGCA 
CCATTTGAAG AGTCACTAGA TCTTCCCTTA TGGAAGTTCT TACAGAAAAA GAATCACCTG 
ATTGAGGAGA TAAACGATGA AATGAGGCGT TGTCACTGTG AGCTCACGTG GTCCCAACTC 
AGTGGTAAAG TTACCATCAG ACCAGCAGCC ACCTTAGTCA ATGAAGGAAG ACCGAGAATC 
AAGACCTGGC AGGCAGATAC TTCCACGGCA CTCTCTAGCA TCAGGTCTAA ATATAAAGTC 
ACCCCAATTA AAGTGGATCC AACAATGTGG GACACCATAA AAAATGATGT GAAAGATGAC 
AGGATTTTGA TTGAGTTTGA TACACTTAAG GAAATGATAA TCTTAGCAGG GAAATCAGAG 
GATGTCCAAA GCATTGAGGT ACACGTCAAG GAGTTAATAG AAAGCACTAC TCAAAAAATT 
AAAAGGGAAG AGCAGAGTTT GAAGGAAAAA ATGGTCATTT CTCCAGGCAG GTATTTTCTT 
TTGTGTCACA GCAGTCTACT GGACCACTTA CACACAGAGT GCCCAGAGAT AGAGATTTGT 
TATGATGGAG TCACTCAGCA CTTGTGCTTG AAAGGACCTA GTGTAGATGT GTATAAAGTC 
AAGTGTGCAA TCCAGGAAAA GGTGTACACC ATGGCTCAGA AAAACATTCA GGTTTCTCCT 
GAGATTTTTC AGTTTTTGCA ACAGGTAAAC TGGAAAGAAT TCTCTAAGTG TCTTTTCATA 
GCACAGGAAA TTCTTGCACT TTATGAGCTA GAGGGTACAA CTGTTCTCTT AACCAGCTGT 
TCTTCTGAAG CCCTGTTAGA AGCTGAAAAG CAAATGCTCA GTGCCTTAGA TTATAAACGC 
ATTGAAGTTG AGAACAAAGA AGTTCTTAAT GGCAAGAACT GGAAAGGGCT CACTCATAAT 
TTGCGTAAGA CAAAAAATTT CTCCCCAAAC ACTGTAATCA TCAATGAGTT ATCTTCAGAA 
ACCACAGCTG AAGTCATCAT TACAGGCTGT GTAAAGAAAG TAAATGAAAC CTATGCATTG 
CTTTTTAACT TCATTGAACA AAACATGAAA ATAGAGAGAC TGGTTGAAGT AAAGCCTTCC 
TTAGTTATTG ACTATTTAAA GACAGAAAAG AAGCTATTCT TGCCAAAGAT AAAAAGGACA 
AATGTGCAGG TAAGTTTCAA TCCTGAGAAC AAACAAAAAG GCATTTTACT AACTGGCTCA 
AAGACCGAAG TACTGAAGGC AATGGACATC GTCAAGCAAG CCCGGGATTC AGTCTGTGTT 
AAAAGTGTCC ATATTGATAA GCCAGGAGCC AAGATGTTCT TCCGGGATAA AGCATGGTTT 
TATCAACGTG AGATCAAACG GTTGTTTGGT TGTTACATCG AACTACAGGA GAATGAAGAA 
GTGAAGGAAG GAGGCAGCCC CTCTGGGCAG AAGTGCTTCT CTCGGACGGT CTTGGCCCCC 
GGCGTCGTGC TCATTGTGCA GCAGGGTGAC TTGGCACAGC TTCCTGTCGA TGTGGTGGTA 
AATGCATCTA ATGAGGACCT TAAGCATTAT GGTGGCCTGG CTGCTGCGCT CTCAAAAGCA 
GCTGGCCCTG AGCTCCAGGC CGACTGTGAC CAGATAGTGA AGAGAGAGGG CAGACTTCTA 
CCGGGCAATG CCACCATCTC CAAGGCAGGA AAGCTGCCCT ACCACCACGT GATCCATGCA 
GTGGGGCCCC GCTGGAACGG ATGTGAGGCC CCGAGGTGTG TATACCTATT AAGGAGAGCT 
GTGCAACTAA GTCTCTGTCT AGCCGAAAAA TACAAGTACC GATCCATAGC CATCCCAGCT 
ATTAGTTCTG GAGTCTTTGG CTTTCCCTTA GGCCGATGCG TGGAGACCAT TGTTTCTGCC 
ATCAAGGAAA ACTTCCAACG CAAGAAGGAT GGACACTACT TGAAAGAAAT CTACCTTGTT 
GATGTATCTG AGAAGACCGT TGAGGCCTTT GCAGAAGCTG TGAAAACTGT ATTTAAAGCC 
ACCCTGCCAG ATACAGCTGC CCCGCCCAGT TTACCAGCAG CAGCAGGGCC TGGGAAAACA 
TCATGGAAAC AAGGAAGTCT GGTGTCCCCG GGAGGCCTGC AGATGCTGCT GGTGAAAGAA 
GGCGTGCAGA ATGCTAAGAC GGATGTTGTT GTCAACTCCG TTCCCTCTGA TCTTGAGCTT 
AGTAGGGGGC CTCTTTCTAA GGCCCTCTTG GAAAAAGCTG GACCAGCGCT CCAGGAGGAA 
TTGGACACAG TTGGACAAGG GATGACTGTC AGCGTGGGCA CAGTGCTCAA AACCAACAGC 
TGGAATCTGG ACTGTCGCTA TGTGCTTCAC GTGGTAGCTC CGGAGTGGAG AAATGGTAGC 
ACATCTTCAC TCAAGGTCAT GGAAGACATA ATCAGAGAAT GTATGGAGAT CACTGACAGC 
TTGTCCTTAA AATCAATTGC ATTTCCAGCA ATAGGAACAG GAAACTTGGG ATTTCCTAAA 
ACCATATTTG CTGAATTAAT CATTTCAGAG GTGTTCAAAT TTAGTAGCAA GAATCAGCTG 
AAAACTTTAC AAGAGGTTCA CTTTCTGCTG CACCCAAGTG ATCATGAAAA TATTAAGGCA 
TTTTCAGATG AATTTGCCAG AAGGGCTAAT GGAAATCTCA TCAGTGACAA AATTTCCAAG 
GCTGAAGATA CACAAGGTTT TTATGGGACT GTTTCTAGCC CTGATTTAGG TGTGCATGAA 
ATGAAGATTG GCTCCATCAT CTTCCAGGTG GCTTCTGGAG ATATCACCAA AGAAGAGGCA 
GATGTCATTG TAAATTCCAC ATCAAAGTCA TTTAATCTCA AAGCAGGGGT CTCCAAAGCA 
ATTTTAGAAT GTGCTGGACA AAATGTAGAA ATGGAGTGTT CTCAGCAAGC TCAGCAGCAC 
AAAAATGATT ATATAATCAC CGGAGGTGGA TTTTTGAAGT GCAAGAATAT CATTCATGTA 
ATTGGTGGAA ATGATGTCAA GAGTTCGGTT TCCTCTGTTT TGCAGGAGTG TGAAAAACAA 
AACTACTCAT CAATTTGCCT CCCAGCCATT GGGACAGGAA ATGCCAAACA AGACCCAGAA 
AAGGTTGCTG AAGCCATAAT TGATGCCATT GAAGACTTTG TCCAGAAAGG ATCAGCCAAG 
TCTGTGAAAA AAGTTAAAGT TGTTATCTTT CTGCCTCAAG TACTGGATGT GTTTTATGCC 
ATCATGAAGA AAAGAGAAGG GACTCAGGTT TCTTCCCAAC AGTCTATGAT GTCTAAACTT 
GCATCATTTT TGCGCATTTC AAAGCAACCT CCCAAAAAAG AGAATCATTT GGTTTTGGAA 
AAGAAAACAG AATCAGCAAC TTTTCGGGTG TGTGGTGAAA ATGTCATGTG TGTGGAACAA 
ACTATCTCCT GGCTGCAAGA CCTGATTGAA AAAGAACAGT GTCCTTATAC CAGTGAAGAT 
GAGTACATCA AATACTTTGA TGAAAAGGAG TATCAGAAGT TGAAAGAGCT GCAGGAGAAG 
TTAAATATTA ACATTTTCCT GGACAATAAG AGACCTTTGA TTAAGGTTTT GGGAATTAGC 
AGAGATGTGA TGCAGGCTAG AGATGAAATT GAGGCAATGA TCAAGAGAGT TCGACTGGCC 
AAAGAACAGG AATCCCGGGC AGACTGTATC AGTGAGTTTA TAGAATGGCA GTATAATGAC 
AATAACACTT TTTATCGCTT TGACAAAATA ACCAATCTGA AATTAGAGGA TGCAAGAAGA 
GAAAAGAAAA AAACTATTGA TGTCAAAATT AATCATCAGC ACTACACAGT GAACTTGAAC 
ACATACACTG CCACAGATGC AAAGGGCCTC AGTTTATCTG TTCAGCGCCT TGTGAAATCC 
GAAGTTGACA TCCCTGCACA CTGGAGTGAT ATGAAGCAGC AGAATTTCTG TGTGGTGGAG 
CTGCAGCCTC GTGATCCTGA GTACAACACA GTGGCAAGCA AGTTTAATCA GACTTGCGCA 
CACTTCAGAA TAGAGAAGAT TGAGAGGATC CAGAATCCAG ATCTCTGGAA TAGCTACCAG 
GCAAAGAAAA AAACCATGGA TGCCAAGAAC GGCCAGACAA TGAACGAGAA GCAGCTCTTC 
CATGGGACAG ATGCCGGCTC CGTGCCATAC GTCAATCGAA ATGGCTTTAA TCGCAGCTAT 
GCTGGAAAGA ATGCTGTGGC ATATGGAAAG GGGACCTATT TTGCTGTCAA TGCCAATTAT 
TCTGCCAATG ATACGTACTC CAGACCAGAT GCAAATGGGA GAAAGCATAT GTATTATGTG 
CGAGTGCTTA CTGGAATCTA TACACACGGA AATCAATCAT TAATTGTGCC TCCTTCAAAG 
AACCCTCAAA ATCCTACTGA CCTGTATGAC ACTGTCACAG ATAATGTGCA ACATCCAAAT 
TTATTTGTGG TATTTTATGA CTACCAAGCA TACCCAGAGT ACCTTATTAC TTTTAGAAGA 
TAA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

RefSeq XP_001105869.2
CDS327..5729
Translation

Target ORF information:

RefSeq Version XM_001105869.3
Organism Macaca mulatta(Rhesus monkey)
Definition Macaca mulatta poly(ADP-ribose) polymerase family member 14 (PARP14), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
 XM_001105869.3

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
ATGGCTGTGC CGGGCTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCG 
AAGAACTTGA GCACCAAATT GCAGATGTAC TTCCAGAGCC GGAAGAAGTC GGGAGGCGGC 
GAGTGTGAGG TCCACCAGGA TCCCAGGAGC CCGTCCCGCT TCCTGGTGCT CTTCTACCCG 
GAGGACGTTC GGCAGAAGGT TCTGGAGAGA AAAAATCATG AGTTAGTATT GCAAGGAAAA 
GGAACATTCA AATTAACTGT CCAGTTACCT GAAACCACAG ATGAAATCCA TCATGTCTTT 
GAGGAGGAAC TTCTAACACA GGAATCCAAG ACCAAAGAAG ATGTTAAAGA ACCAGATGTG 
TCAGAAGAAT TGGAAGCAAA ACTCCCTCTT GATGATGGAT CAGACAACAT TGAAGATATC 
CCAGAGGAAT GTGAAAATAT TTCCTCTTTG GTGGCATTTG AAAACCTCAA GGCAAATGTG 
ACTGACATAA TCCTTACCTT GTTAGTGGAG AACATCAGTG GCCTGTCCAG TGATGACTTT 
CAACTGGAAG TAATAAGAGA TTTTGATGTC GCTGTTGTTA CCTTTCAAAA GCACATAGAT 
ACTGTAAGAT TTGTTGATGA TTGTACCAGG CACCATTCAA TTAAACAACT TCAGCTTTCT 
CCAAGACTTC TGGAAGTGAC AAAAACAATC AGGGTTGAAA ACCTGCCACC TGGTGTTGAT 
GACTACAGTT TAAAACTTTT CTTTGAAAAT CCGTATAGTG GAGGGGGAAG AGTTGCCAAC 
GTTGAATATT TTCCTGAAGA GAGTTCAGCT CTGATTGAAT TTTTTGACAG AAAAGTGTTA 
GACACCATCA TGGCCACAAA ACTCGACTTC AATAAAATGC CGCTTTCTGT GTTCCCGTAC 
TATGCCTCAC TGGGCACAGC CTTGTATGGA AAGGAGAAGC CTCTGATCAA GCTTCCAGCA 
CCATTTGAAG AGTCACTAGA TCTTCCCTTA TGGAAGTTCT TACAGAAAAA GAATCACCTG 
ATTGAGGAGA TAAACGATGA AATGAGGCGT TGTCACTGTG AGCTCACGTG GTCCCAACTC 
AGTGGTAAAG TTACCATCAG ACCAGCAGCC ACCTTAGTCA ATGAAGGAAG ACCGAGAATC 
AAGACCTGGC AGGCAGATAC TTCCACGGCA CTCTCTAGCA TCAGGTCTAA ATATAAAGTC 
ACCCCAATTA AAGTGGATCC AACAATGTGG GACACCATAA AAAATGATGT GAAAGATGAC 
AGGATTTTGA TTGAGTTTGA TACACTTAAG GAAATGATAA TCTTAGCAGG GAAATCAGAG 
GATGTCCAAA GCATTGAGGT ACACGTCAAG GAGTTAATAG AAAGCACTAC TCAAAAAATT 
AAAAGGGAAG AGCAGAGTTT GAAGGAAAAA ATGGTCATTT CTCCAGGCAG GTATTTTCTT 
TTGTGTCACA GCAGTCTACT GGACCACTTA CACACAGAGT GCCCAGAGAT AGAGATTTGT 
TATGATGGAG TCACTCAGCA CTTGTGCTTG AAAGGACCTA GTGTAGATGT GTATAAAGTC 
AAGTGTGCAA TCCAGGAAAA GGTGTACACC ATGGCTCAGA AAAACATTCA GGTTTCTCCT 
GAGATTTTTC AGTTTTTGCA ACAGGTAAAC TGGAAAGAAT TCTCTAAGTG TCTTTTCATA 
GCACAGGAAA TTCTTGCACT TTATGAGCTA GAGGGTACAA CTGTTCTCTT AACCAGCTGT 
TCTTCTGAAG CCCTGTTAGA AGCTGAAAAG CAAATGCTCA GTGCCTTAGA TTATAAACGC 
ATTGAAGTTG AGAACAAAGA AGTTCTTAAT GGCAAGAACT GGAAAGGGCT CACTCATAAT 
TTGCGTAAGA CAAAAAATTT CTCCCCAAAC ACTGTAATCA TCAATGAGTT ATCTTCAGAA 
ACCACAGCTG AAGTCATCAT TACAGGCTGT GTAAAGAAAG TAAATGAAAC CTATGCATTG 
CTTTTTAACT TCATTGAACA AAACATGAAA ATAGAGAGAC TGGTTGAAGT AAAGCCTTCC 
TTAGTTATTG ACTATTTAAA GACAGAAAAG AAGCTATTCT TGCCAAAGAT AAAAAGGACA 
AATGTGCAGG TAAGTTTCAA TCCTGAGAAC AAACAAAAAG GCATTTTACT AACTGGCTCA 
AAGACCGAAG TACTGAAGGC AATGGACATC GTCAAGCAAG CCCGGGATTC AGTCTGTGTT 
AAAAGTGTCC ATATTGATAA GCCAGGAGCC AAGATGTTCT TCCGGGATAA AGCATGGTTT 
TATCAACGTG AGATCAAACG GTTGTTTGGT TGTTACATCG AACTACAGGA GAATGAAGAA 
GTGAAGGAAG GAGGCAGCCC CTCTGGGCAG AAGTGCTTCT CTCGGACGGT CTTGGCCCCC 
GGCGTCGTGC TCATTGTGCA GCAGGGTGAC TTGGCACAGC TTCCTGTCGA TGTGGTGGTA 
AATGCATCTA ATGAGGACCT TAAGCATTAT GGTGGCCTGG CTGCTGCGCT CTCAAAAGCA 
GCTGGCCCTG AGCTCCAGGC CGACTGTGAC CAGATAGTGA AGAGAGAGGG CAGACTTCTA 
CCGGGCAATG CCACCATCTC CAAGGCAGGA AAGCTGCCCT ACCACCACGT GATCCATGCA 
GTGGGGCCCC GCTGGAACGG ATGTGAGGCC CCGAGGTGTG TATACCTATT AAGGAGAGCT 
GTGCAACTAA GTCTCTGTCT AGCCGAAAAA TACAAGTACC GATCCATAGC CATCCCAGCT 
ATTAGTTCTG GAGTCTTTGG CTTTCCCTTA GGCCGATGCG TGGAGACCAT TGTTTCTGCC 
ATCAAGGAAA ACTTCCAACG CAAGAAGGAT GGACACTACT TGAAAGAAAT CTACCTTGTT 
GATGTATCTG AGAAGACCGT TGAGGCCTTT GCAGAAGCTG TGAAAACTGT ATTTAAAGCC 
ACCCTGCCAG ATACAGCTGC CCCGCCCAGT TTACCAGCAG CAGCAGGGCC TGGGAAAACA 
TCATGGAAAC AAGGAAGTCT GGTGTCCCCG GGAGGCCTGC AGATGCTGCT GGTGAAAGAA 
GGCGTGCAGA ATGCTAAGAC GGATGTTGTT GTCAACTCCG TTCCCTCTGA TCTTGAGCTT 
AGTAGGGGGC CTCTTTCTAA GGCCCTCTTG GAAAAAGCTG GACCAGCGCT CCAGGAGGAA 
TTGGACACAG TTGGACAAGG GATGACTGTC AGCGTGGGCA CAGTGCTCAA AACCAACAGC 
TGGAATCTGG ACTGTCGCTA TGTGCTTCAC GTGGTAGCTC CGGAGTGGAG AAATGGTAGC 
ACATCTTCAC TCAAGGTCAT GGAAGACATA ATCAGAGAAT GTATGGAGAT CACTGACAGC 
TTGTCCTTAA AATCAATTGC ATTTCCAGCA ATAGGAACAG GAAACTTGGG ATTTCCTAAA 
ACCATATTTG CTGAATTAAT CATTTCAGAG GTGTTCAAAT TTAGTAGCAA GAATCAGCTG 
AAAACTTTAC AAGAGGTTCA CTTTCTGCTG CACCCAAGTG ATCATGAAAA TATTAAGGCA 
TTTTCAGATG AATTTGCCAG AAGGGCTAAT GGAAATCTCA TCAGTGACAA AATTTCCAAG 
GCTGAAGATA CACAAGGTTT TTATGGGACT GTTTCTAGCC CTGATTTAGG TGTGCATGAA 
ATGAAGATTG GCTCCATCAT CTTCCAGGTG GCTTCTGGAG ATATCACCAA AGAAGAGGCA 
GATGTCATTG TAAATTCCAC ATCAAAGTCA TTTAATCTCA AAGCAGGGGT CTCCAAAGCA 
ATTTTAGAAT GTGCTGGACA AAATGTAGAA ATGGAGTGTT CTCAGCAAGC TCAGCAGCAC 
AAAAATGATT ATATAATCAC CGGAGGTGGA TTTTTGAAGT GCAAGAATAT CATTCATGTA 
ATTGGTGGAA ATGATGTCAA GAGTTCGGTT TCCTCTGTTT TGCAGGAGTG TGAAAAACAA 
AACTACTCAT CAATTTGCCT CCCAGCCATT GGGACAGGAA ATGCCAAACA AGACCCAGAA 
AAGGTTGCTG AAGCCATAAT TGATGCCATT GAAGACTTTG TCCAGAAAGG ATCAGCCAAG 
TCTGTGAAAA AAGTTAAAGT TGTTATCTTT CTGCCTCAAG TACTGGATGT GTTTTATGCC 
ATCATGAAGA AAAGAGAAGG GACTCAGGTT TCTTCCCAAC AGTCTATGAT GTCTAAACTT 
GCATCATTTT TGCGCATTTC AAAGCAACCT CCCAAAAAAG AGAATCATTT GGTTTTGGAA 
AAGAAAACAG AATCAGCAAC TTTTCGGGTG TGTGGTGAAA ATGTCATGTG TGTGGAACAA 
ACTATCTCCT GGCTGCAAGA CCTGATTGAA AAAGAACAGT GTCCTTATAC CAGTGAAGAT 
GAGTACATCA AATACTTTGA TGAAAAGGAG TATCAGAAGT TGAAAGAGCT GCAGGAGAAG 
TTAAATATTA ACATTTTCCT GGACAATAAG AGACCTTTGA TTAAGGTTTT GGGAATTAGC 
AGAGATGTGA TGCAGGCTAG AGATGAAATT GAGGCAATGA TCAAGAGAGT TCGACTGGCC 
AAAGAACAGG AATCCCGGGC AGACTGTATC AGTGAGTTTA TAGAATGGCA GTATAATGAC 
AATAACACTT TTTATCGCTT TGACAAAATA ACCAATCTGA AATTAGAGGA TGCAAGAAGA 
GAAAAGAAAA AAACTATTGA TGTCAAAATT AATCATCAGC ACTACACAGT GAACTTGAAC 
ACATACACTG CCACAGATGC AAAGGGCCTC AGTTTATCTG TTCAGCGCCT TGTGAAATCC 
GAAGTTGACA TCCCTGCACA CTGGAGTGAT ATGAAGCAGC AGAATTTCTG TGTGGTGGAG 
CTGCAGCCTC GTGATCCTGA GTACAACACA GTGGCAAGCA AGTTTAATCA GACTTGCGCA 
CACTTCAGAA TAGAGAAGAT TGAGAGGATC CAGAATCCAG ATCTCTGGAA TAGCTACCAG 
GCAAAGAAAA AAACCATGGA TGCCAAGAAC GGCCAGACAA TGAACGAGAA GCAGCTCTTC 
CATGGGACAG ATGCCGGCTC CGTGCCATAC GTCAATCGAA ATGGCTTTAA TCGCAGCTAT 
GCTGGAAAGA ATGCTGTGGC ATATGGAAAG GGGACCTATT TTGCTGTCAA TGCCAATTAT 
TCTGCCAATG ATACGTACTC CAGACCAGAT GCAAATGGGA GAAAGCATAT GTATTATGTG 
CGAGTGCTTA CTGGAATCTA TACACACGGA AATCAATCAT TAATTGTGCC TCCTTCAAAG 
AACCCTCAAA ATCCTACTGA CCTGTATGAC ACTGTCACAG ATAATGTGCA ACATCCAAAT 
TTATTTGTGG TATTTTATGA CTACCAAGCA TACCCAGAGT ACCTTATTAC TTTTAGAAGA 
TAA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

PubMed